PowerG + Glass Break Detector - PGPx922

Fast, accurate, wireless acoustic detection for total security

Protect your windows effortlessly with the PowerG + Glass Break Detector. Its smart wireless design and acoustic precision ensure fast, accurate detection for enhanced security and complete peace of mind.

The PowerG + Glass Break Detector features a wireless sensor with advanced acoustic recognition for accurate glass break detection. It provides secure long range communication and enhanced perimeter protection for homes and businesses.
It delivers 360° coverage up to 25 ft (7.6 m), supports multiple glass types, minimizes false alarms, and offers easy keypad-based setup with a battery life of up to five years.
The PowerG + Glass Break Detector has a compact, UL/ULC certified design. It provides coverage up to 40×40 ft (12×12 m), reliable performance across varied temperatures, and seamless integration with IQ and DSC panels.

PowerG + Glass Break Detector - PGPx922

Speed meets sound

The PowerG + Glass Break Detector delivers reliable protection for glass doors and windows, with no manual adjustments required during installation. Fully calibrated for optimal performance, it offers an extended detection range of up to 24.9 ft and leverages PowerG + technology for secure encrypted communication. Designed for convenience, the PowerG + Glass Break Detector features battery life reporting, dealer lockdown, back tamper protection, and tri-color LED indicators for easy monitoring. Installation and maintenance are simple with QR code enrollment, battery pull tabs and over-the-air updates, ensuring that your system stays current without added effort.

Features

Wireless, two-way acoustic detector designed to detect the breaking of framed glass
Back tamper protection
Out-of-band enrollment

Temperature and level reports are available for PowerG + enabled panels
Over-the-air firmware upgrades
Bi-color LED lights

Benefits

Immediate response to breaking glass

The PowerG + Glass Break Detector analyzes multiple sound frequencies to distinguish real glass break events, offering early warnings before intruders gain access.